2. What is freight …..?
transport of goods in bulk by anyone of the means of the transport i.e.
roadways, train, ship, or aircraft.
It is the traffic created by transportation of goods from one place to
another by any one means of transport
3. AIM
• To provide alternate options , to reduce the fright vehicles on the carriage ways, and
also avoid the problems on the roads , due to freight.
4. The transport sector not only includes the transport of people , but also transport of goods and
services.
For a city to work efficiently , freight goods are required ,which meet the need of people living in a
city.
City life is fed by the movement of goods—but these movements often start thousands of miles away.
For example; The toothbrush you buy in your neighborhood is from China. It carries the iconic “Made
in China” label, but the soft bristles actually come from Botswana
5.
6. A European comparison study (Lewis, 1997) concluded that , the following are
the major negative impacts due to freight traffic;
Negative
impacts due to
freight traffic
congestion
Air pollution
intrusion
noise
safety
7. Problems due to
heavy –duty trucks
difficult turns in
tight spaces
blocking traffic
while unloading
creating safety
issues for cyclists
and pedestrians
adding
disproportionality
to the wear and
tear of roads
blocking traffic
while unloading
creating safety
issues for cyclists
and pedestrians
When heavy load vehicles enter the city , the following problems
occur:
9. Some statistics about the freight goods :
Similarly, heavy-duty truck use is expected to increase 245 percent in China, 126 percent in India, and 45
percent in Latin America by 2030 ,regarding base year as 2002.
Typically ,Freight accounts for 40–50 percent of the air pollution and noise pollution from transport in a city,
but accounts for only 10–15 percent of the vehicle miles travelled.
10. Policies in several countries regarding the control of
freight vehicles in several countries
11. GERMANY:
Germany is at the nexus of several European countries with over one-third of trucks using German
highways coming from neighboring countries.
The large amount of heavy-duty trucks was adding to the country’s carbon footprint, as well as creating
unsustainable wear and tear on the roads.
In January 2005, phase one of the distance-based toll, called German LKWMaut, began. Fees depend on
truck-axle standards, emissions, and vehicle kilometers travelled.
The tolling scheme has resulted in empty hauls decreasing by nearly 7 percent.
12. Additionally, Berlin and many other German cities have instituted lower mission zones (LEZ), or
Umweltzone
By 2010, this resulted in at least 29,000 polluting trucks being banned from entering Berlin’s
Umweltzone, with many shifting to cleaner delivery methods.
Now, only trucks with green stickers that have catalytic converters are permitted to enter Berlin; diesel-
engine vehicles are banned.
13. • The metropolitan region of Budapest is an important node, wedged between numerous countries along
the pan- European logistics route.
• Budapest’s citizens absorb all the negative consequences of being in the path of aninternational
freight-transit corridor.
• In 2004, Budapest implemented one of the European Union’s most stringent freight management
schemes, limitingaccess for trucks based on time, weight,and zone.
• All of Budapest is a “limited access zone” for trucks, which requires all trucks over 12 tons to get a
permit before entering.
14. • Freight trucks under 3.5 tons can make deliveries without a permit outside of normal business hours.
• For trucks entering residential and preserved-heritage areas of the city there is a more stringent
restriction. No trucks over 3.5 tons are allowed.
• The city offers discounts on permits for less polluting trucks as a way to encourage cleaner vehicle use.
• For example, a Euro 5 truck receives a 50 percent discount.
• This has encouraged private freight companies to shift to cleaner vehicles.
• The effect has been that “The outer ring road of Budapest was full of these
big vehicles,but they completely disappeared since the
measures were implemented.
15. • Cities in the Netherlands have responded through a variety of measures that
restrict truck access based on some combination of time, location,
emissions standards, weight, and noise.
• This comprehensive approach has led to real reductions in emissions and more efficient logistics
across the country.
• All larger cities in the Netherlands limit truck entry to certain limited time windows.
• Utrecht, for instance, allows delivery between 6 am and 11:30 am and from 6 pm to 7 pm.
• Amsterdam limits trucks based on noise and weight; trucks louder than 65 dBA
cannot enter at night and vehicles over 7.5 tons are forbidden to enter the
city center
16. • Currently twenty cities in the Netherlands have set up “environmental zones” (similar to the German
Umweltzone), which permit only trucks with Euro IV or Euro III with diesel particulate filters to enter,
as well as those that use fuels other than diesel.
• Since he zones were implemented in 2007, fine dust and NO2 levels in these cities now not only meet
European standards but are also substantially lower than in cities without environmental zones.
• These restrictions have sparked a number of innovative urban freight solutions.
• One is the use of electric boats to make deliveries to cafes and shops adjacent to the canals of
Amsterdam and Utrecht.
• Another is Binnenstad service (literally “inner city service”). This company provides urban freight
solutions for eight of the larger cities in the Netherlands.
• Binnenstad service sets up freight, consolidation centers outside of the city center, which serve as joint
delivery addresses for participating shop owners in the city center. Regular delivery trucks deliver
everything at this center.
• .
17. This system keeps trucks away from a city’s most valuable areas and helps municipalities in reaching its goals for air
quality, safety, congestion, shopping climate, and urban quality of life. The outcome is more organized streets with less
trucks congesting city streets and the curb
18. • With World Bank support, and backed with the expertise from the U.S. EPA and
Sierra Solutions, a U.S.-based truck NGO, the Clean Air Initiative for Asian Cities
(CAI-Asia) tested tire and aerodynamics technologies on about ten trucks of private companies and
the garbage fleet in Guangzhou, China.
• Based on the findings from the pilot, CAI-Asia estimates that if these technologies were installed on
Guangdong Province’s 825,000 heavy-duty trucks alone, 3 million hectoliters of diesel,
equivalent to USD 2.74 billion, 8 million tons of CO2 emissions and 1.2 tons
particulate matter (including black carbon) would be saved each year
Guangdong Province, China
19. • Guangdong Green Trucks Demonstration Project, with GEF co-financing, which will install new
technology on several thousands of trucks and explore technology and financing options.
• The project will also investigate ways to optimize freight logistics, as Guangdong authorities estimate
that as many as 40 percent of truck hauls are empty, thus wasting fuel.
• The program is created on the US Smart Way program, and comes at the right and suitable time for
China.
• “Energy efficiency is a key factor in making the freight sector in China more competitive,” stated Mr. Xu
Yahua, deputy director-general of Road Transportation Department, Ministry of Transport.
20. STEPS TO REGULATING URBAN FREIGHT
• Set clear program goals which may include: reducing congestion, improving air
quality, promoting more orderly curbside access, saving businesses and customers
money by saving time and fuel costs
• Understand traffic and business conditions
• Create policies that are sensitive to local conditions and help meet program
goals
• Any policies that regulate urban freight must also ensure smooth delivery of
goods